void RemoveTagTypeView::removeTagType_clicked() {
QString tagtype = cbType->currentText();
for(int i=0; i < _atagger->tagTypeVector->count(); i++) {
if((_atagger->tagTypeVector->at(i))->name == tagtype) {
_atagger->tagTypeVector->remove(i);
/// Remove all tags based on removed tag type
QHashIterator<int, Tag*> iTag(*(_atagger->tagHash));
while (iTag.hasNext()) {
iTag.next();
if(iTag.value()->tagtype->name == tagtype) {
_atagger->tagHash->remove(iTag.value()->wordIndex,iTag.value());
}
}
if(_atagger->isTagMBF) {
((AMTMainWindow*)parentWidget())->applyTags(0);
}
break;
}
}
this->close();
}
/*
Method : readOrderEntry()
Description: Reads the message type Order Entry from the binary file and increments the total packet count
and also stores the Entry message count.
*/
void readBinaryData::readOrderEntry()
{
// Count the number of total packets and also Order Entry packets
total_packets++;
order_entry_msg_count++;
order_Entry orderEntry = {};
binfile.read((char*)&orderEntry, sizeof(orderEntry));
// Get the Instrument tag
std::string iTag(orderEntry.instrument);
// Discard any junk characters in the tag
std::string instrumentTag = iTag.substr(0, 10);
// Count the Instruments, store it in a map
int countIns = 0;
if (Instrument_count.find(instrumentTag) == Instrument_count.end())
{
Instrument_count[instrumentTag] = ++countIns;
}
else
{
countIns = Instrument_count[instrumentTag];
Instrument_count[instrumentTag] = ++countIns;
}
// Discard any junk characters in the tag.
std::string tTag(orderEntry.trader_tag);
std::string tragerTag = tTag.substr(0, 3);
if (orderEntry.time_in_force == '\x2')
{
// Keep track of the trader with the largest GFD volume entered into the market.
int countLiq = 0;
if (most_liquidity_trader_tag.find(tragerTag) == most_liquidity_trader_tag.end()) {
most_liquidity_trader_tag[tragerTag] = ++countLiq;
}
else{
countLiq = most_liquidity_trader_tag[tragerTag];
most_liquidity_trader_tag[tragerTag] = ++countLiq;
}
}
// Keep track of the trader with the largest filled volume.
int count = 0;
if (most_active_trader_tag.find(tragerTag) == most_active_trader_tag.end()) {
most_active_trader_tag[tragerTag] = ++count;
}
else{
count = most_active_trader_tag[tragerTag];
most_active_trader_tag[tragerTag] = ++count;
}
std::string tempStr = "";
char endByte;
bool b = true;
order_Entry_firm oef = {};
do{
binfile.read(reinterpret_cast<char*>(&endByte), 1);
// Check if we encounter the end of message
if (endByte != 'D'){
// If not then add the firm to temp string
tempStr = tempStr + endByte;
}
else{
// On encountering the end of message string DBDBDBDB add the temp string to firm.
strcpy_s(oef.firm, tempStr.c_str());
// read the remaining end of message string
binfile.read(reinterpret_cast<char*>(&oef.terminationstr), sizeof(oef.terminationstr) - 1);
b = false;
}
} while (b);
}
